Converged Communication Smart Audio/Video Dispatch System: Full-Domain Collaborative Command Hub for Rocket Launch Operations

The Converged Communication Smart Audio/Video Dispatch System integrates AI visual tracking, multi-node audio/video interaction, and full-domain command broadcasting capabilities to build an integrated command support framework of "visual tracking + efficient dispatch + instant messaging" for rocket launch missions, enabling full-process situational awareness and efficient command delivery.

I. Full-Process AI Smart Visual Tracking for Rocket Launch

Leveraging distributed surveillance deployment and edge intelligent analysis, automated and high-precision visual control is achieved throughout the rocket launch process:

• Real-Time Dynamic PTZ Tracking: Through the YOLO video analysis algorithm, combined with the IDM MCC900 edge processor (18TOPS@INT8 ultra-high computing power), the rocket position and flight trajectory are automatically identified, driving the camera PTZ to adjust angles in real time and lock onto the target throughout the entire process;

• Key Node Intelligent Recognition: Critical stage details such as rocket liftoff, stage separation, and exhaust flame status are precisely captured, providing the command center with high-definition process imagery;

• Remote Visual Control: The command center can remotely retrieve footage from any camera and manually switch tracking perspectives as needed, enabling flexible observation combining "global trajectory monitoring + local detail focus."

II. Multi-Scenario Full-Domain Audio/Video Dispatch and Conferencing

A collaborative communication network covering the entire command chain is established to meet cross-node decision-making requirements in both fixed and mobile scenarios:

• Full-Type Node Access: Supports interconnection of base command centers, vehicle-mounted command centers, portable command terminals, remote observation stations, and terminals at various positions, breaking spatial limitations to achieve full-domain collaboration;

• HD Stable Transmission Guarantee: Built-in MCU core dispatch functionality, combined with IDM MCC900 edge computing offloading, ensures high-definition video quality and low-latency transmission for multi-point audio/video conferencing, ensuring smooth cross-node collaborative decision-making;

• Distributed Collaborative Architecture: Localized processing at edge nodes reduces the load on the central system, improving system stability and response speed in large-scale dispatch scenarios.

III. Full-Domain Audio/Video Broadcasting and Instant Intercom

An efficient command delivery channel is established to ensure rapid and precise coverage of command instructions:

• Tiered Precision Broadcasting: Supports the command center in issuing audio/video broadcasts to the full domain or designated areas, enabling one-click delivery of critical instructions and emergency notifications;

• Terminal Instant Intercom: Terminals at various positions support one-click intercom initiation, meeting point-to-point and point-to-multipoint instant communication requirements, ensuring rapid response in emergency scenarios;

• Intelligent Multicast Management: The IDM dispatch system features comprehensive multicast and broadcast management functions, allowing terminal groups to be divided as needed for refined instruction distribution, significantly improving command & dispatch efficiency.